Abstract: The invention relates to a swivel lever device for actuating a closure apparatus, in particular a bolt-closure means and/or bar-closure means, of an access control device, in particular a door and/or hatch, having: a housing for fastening the swivel lever device, in particular to the access control device, and a swivel lever for actuating the closure apparatus, the swivel lever be movable relative to the housing between an arresting position and an actuation position for actuating the closure apparatus, the swivel lever in the actuation position being pivotable about an actuation axis relative to the housing, a locking mechanism for securing the swivel lever against unauthorised movement from the arresting position into the actuation position being provided, and the locking mechanism comprising at least one locking element, which can be moved between a locked position for interlockingly blocking the movement of the swivel lever from the arresting position to the actuation position and an unlocked position for

Abstract: A modular closure device for different closure elements, such as finger levers, plate cylinders, profile cylinders, profile half cylinders, for locking a pivot lever in a recess, is described, wherein the closure elements can be inserted and fastened in a receptacle arranged in the recess or the pivot lever, either from the front or from the rear, characterised in that the closure device, which has an interchangeable insert adapted to the closure device and having a different design for the various receptacles, interacts with a guide in such a way that this can be inserted into the recess or into the pivot lever, and the recess or the pivot lever having the inserted interchangeable insert can be plugged in a door leaf through an opening in the door leaf or the like and can be fastened with a cap.

Abstract: The invention relates to a hinge for detachable sheet metal cabinet doors or walls, comprising a first hinge part or frame part that can be secured to the door or cabinet frame, and a second hinge part or door hinge part that can be fixed to the door leaf or cabinet wall, which hinge parts are connected to one another in an articulated manner by means of a hinge pin, and having a latch-type tongue that is arranged in the second hinge part such that it can move against a spring force, characterised by a lifting device which encompasses the hinge pin guided through finger-type ends of the first hinge part and which centrally supports the hinge pin together with a hook retained by the door part, such that the lifting device moves the encompassing part of the second hinge part perpendicular to the plane of the door leaf or cabinet wall, via actuation, by means of a key, such as a double bit key.

Abstract: The disclosure relates to a closure system, comprising a locking arrangement, in particular a rotary latch arrangement for controlling a display device such as a LED module, comprising a sliding shoe, which is to be placed on the locking tongue of a rotary latch mounted in a door, for running onto a sliding ramp supported by the door frame, wherein said sliding shoe includes a housing with a recess for the insertion of alternatively a magnet or a magnetic field sensor acting in a contactless manner.

Abstract: A modular closure device for different closure elements, such as finger levers, plate cylinders, profile cylinders, profile half cylinders, for locking a pivot lever in a recess, is described, wherein the closure elements can be inserted and fastened in a receptacle arranged in the recess or the pivot lever, either from the front or from the rear, characterised in that the closure device, which has an interchangeable insert adapted to the closure device and having a different design for the various receptacles, interacts with a guide in such a way that this can be inserted into the recess or into the pivot lever, and the recess or the pivot lever having the inserted interchangeable insert can be plugged in a door leaf through an opening in the door leaf or the like and can be fastened with a cap.

Abstract: The invention relates to a closure system, comprising a locking arrangement, in particular a rotary latch arrangement having an evaluatable door contact, for controlling a display device such as a LED module, comprising a sliding shoe, which is to be placed on the locking tongue of a rotary latch mounted in a door, for running onto a sliding ramp supported by the door frame , wherein said sliding shoe includes a housing with a recess for the insertion of alternatively a magnet or a magnetic field sensor acting in a contactless manner.

Abstract: After the claims, please insert a page containing the Abstract of the Disclosure which is attached hereto as a separately typed page.

Abstract: An LED ring or light guide for a mechanical or mechatronic closure system that includes an actuating means, such as socket wrench receptacle or swivel handle, which is rotatably supported in a housing or tray. The LED ring or light guide also includes a retaining nut or bearing piece that can be screwed on with the housing or with the tray with the intermediary of a thin wall such as door panel of a sheet-metal cabinet or sheet-metal housing. A light ring surrounds a flange of the housing or of the tray, and a flexible foil is arranged between light ring and thin wall. The flexible foil carries light emitting diodes (LEDs) and relays the light thereof. A closure indicator integrated in the actuating means is achieved in this way.

Abstract: An LED ring or light guide for a mechanical or mechatronic closure system that includes an actuating means, such as socket wrench receptacle or swivel handle, which is rotatably supported in a housing or tray. The LED ring or light guide also includes a retaining nut or bearing piece that can be screwed on with the housing or with the tray with the intermediary of a thin wall such as door panel of a sheet-metal cabinet or sheet-metal housing. A light ring surrounds a flange of the housing or of the tray, and a flexible foil is arranged between light ring and thin wall. The flexible foil carries light emitting diodes (LEDs) and relays the light thereof. A closure indicator integrated in the actuating means is achieved in this way.

Abstract: The invention relates to a light comprising a carrier (3) which has at least one lighting means (4) and which is arranged behind a light pane (12). The aim of the invention is to form a light or a carrier which can be produced in a simple and economical manner and which can be mounted in a small space. The lighting means (4) are arranged on the carrier (3) in such a manner that they essentially correspond to the contour of the light pane (2) and the lighting means (4) is placed in a horizontal manner on one side of the carrier (3) so that the carrier (3) and the lighting means (4) require very little space. The carrier (3) and the light are used in motor vehicles.

Abstract: Disclosed is a method for producing light-guiding LED bodies in a mold, using a material that is flowable before becoming definitively solid. Each LED body comprises at least one light-emitting chip and at least two electrical connections that are connected to the chip. At least one flowable material is fed into the mold in chronologically separate steps via at least one of at least two locations. In a first step, the flowable material is fed into the mold so as to flow around the chip and the connections in that area. In further steps, one or several flowable materials are fed into areas other than the one in which the chip and connections are located. The inventive method for producing light-guiding LED bodies allows virtually all produced luminescent diodes to have the same optical characteristics and prevents the individual LED electronics from being spoiled through damage.

Abstract: The invention relates to a method for producing light-guiding LED bodies, in two casting and/or injection molding steps, from a material which is free-flowing before being finally solidified. First, the electronic components, consisting of at least one light-emitting chip and at least two electrical terminals connected to said chip, are coated by means of casting or injection molding, and are then recoated by means of casting or injection moulding, at least in one region, in a larger LED end mold. The present invention provides a method for the production of light-guiding LED bodies, whereby almost all light-emitting diodes produced have the same optical characteristics, and rejection caused by damage of the individual LED electronic elements is avoided.

Abstract: A method is disclosed for creating a light assembly including a light-emitting diode and a printed circuit board having conductors printed thereon. The method includes the steps of positioning the light-emitting diode on the printed circuit board. Once positioned, the light-emitting diode is connected to the printed circuit board. The light-emitted diode and the printed circuit board are positioned in a mold. A thermoplast is injected into the mold such that the thermoplast extends on both sides of the printed circuit board and over the light-emitting diode.

Abstract: The invention relates to a method for producing light-conducting LED bodies by injection molding into a mold of a material that is fusible prior to final solidification. Each LED body comprises at least one light-emitting chip and at least two wire-shaped electrodes that are electrically connected to the chip. The injection mold is evacuated via at least one opening per LED after positioning the electronic parts and closing. The evacuation opening is disposed in the proximity of the electrodes in the bottom area of the LED. The fusible material is injected between the bottom area and the chip or the reflector trough at least approximately parallel to the chip surface and at least approximately normal to a surface embodied by two electrodes, with the center line of the injection stream running between two electrodes. The inventive method for producing light-conducting LED bodies prevents the LED electronics from being damaged during normal performance of the injection molding process.

Abstract: The invention relates to a light comprising a carrier (3) which has at least one lighting means (4) and which is arranged behind a light pane (12). The aim of the invention is to form a light or a carrier which can be produced in a simple and economical manner and which can be mounted in a small space. The lighting means (4) are arranged on the carrier (3) in such a manner that they essentially correspond to the contour of the light pane (2) and the lighting means (4) is placed in a horizontal manner on one side of the carrier (3) so that the carrier (3) and the lighting means (4) require very little space. The carrier (3) and the light are used in motor vehicles.

Abstract: The invention relates to a lighting unit that includes at least one light source and at least one rod-shaped optical waveguide following the light source, wherein each optical waveguide has at least one light emission surface. Each optical waveguide is flexible for this purpose. The present invention has developed a universally applicable, economical lighting unit for illuminating components.

Abstract: The invention relates to a method for producing light-guiding LED bodies, in two casting and/or injection moulding steps, from a material which is free-flowing before being finally solidified. First, the electronic components, consisting of at least one light-emitting chip and at least two electrical terminals connected to said chip, are coated by means of casting or injection moulding, and are then recoated by means of casting or injection moulding, at least in one region, in a larger LED end mould. The present invention provides a method for the production of light-guiding LED bodies, whereby almost all light-emitting diodes produced have the same optical characteristics, and rejection caused by damage of the individual LED electronic elements is avoided.

Abstract: Disclosed is a method for producing light-guiding LED bodies in a mold, using a material that is flowable before becoming definitively solid. Each LED body comprises at least one light-emitting chip and at least two electrical connections that are connected to the chip. At least one flowable material is fed into the mold in chronologically separate steps via at least one of at least two locations. In a first step, the flowable material is fed into the mold so as to flow around the chip and the connections in that area. In further steps, one or several flowable materials are fed into areas other than the one in which the chip and connections are located. The inventive method for producing light-guiding LED bodies allows virtually all produced luminescent diodes to have the same optical characteristics and prevents the individual LED electronics from being spoiled through damage.

Abstract: The invention relates to a method for producing light-conducting LED bodies by injection molding into a mold of a material that is fusible prior to final solidification. Each LED body comprises at least one light-emitting chip and at least two wire-shaped electrodes that are electrically connected to the chip. The injection mold is evacuated via at least one opening per LED after positioning the electronic parts and closing. The evacuation opening is disposed in the proximity of the electrodes in the bottom area of the LED. The fusible material is injected between the bottom area and the chip or the reflector trough at least approximately parallel to the chip surface and at least approximately normal to a surface embodied by two electrodes, with the center line of the injection stream running between two electrodes. The inventive method for producing light-conducting LED bodies prevents the LED electronics from being damaged during normal performance of the injection molding process.